TASK $1(17$ pts$)$

$[2$ pts$]$ Load the data EXAM$1$DATA.mat into your script.

$[4$ pts$]$ Define a variable SCORES that is the last row in RECORD. SCORES contains the actual points scored for each game

$($numerical row vector$)$

$[4$ pts$]$ Define a variable GUESS that excludes the last row in RECORD. GUESS contains the total score guessed for the

corresponding UTA and game $($numerical matrix$)$

$[3$ pts$]$ Someone forgot to record the actual points scored for the Superbowl! Replace the last element in the SCORES vector

with a value of $43$

$[4$ pts$]$ Export the variables GAMES, UTAS, GUESS, and SCORES as a $.$mat file named Task$1.$mat

TASK $2(12$ pts$)$

$[2$ pts$]$ Create a menu to select a UTA from the UTAS variable.

$2pts$ Create a menu to select a game from the GAMES variable.

$[8$ pts$]$ For the selected UTA and game, create a formatted output that includes the TA name, the game, the corresponding

guess, and the actual points scored as shown in the sample output

TASK $3(16$ pts$)$

$[2$ pts$]$ Define a variable TOTAL$\_$SCORES by summing the values in SCORES to determine the actual total number of points

scored in all the NFL playoff games combined

$[2$ pts$]$ Create a formatted output for the actual total number of points scored in all the NFL playoff games combined as shown

in the sample output.

$[3$ pts$]$ Define a variable TOTAL$\_$UTAS by summing the rows in GUESS to create a vector containing the total number of points

guessed by each UTA for all the NFL playoff games combined

$[3$ pts$]$ Create a vector named DIFF containing the absolute value of the difference between TOTAL$\_$SCORES and TOTAL$\_$UTAS

$[4$ pts$]$ Determine the winner of the competition, where the winner is the corresponding UTA with the minimum value in DIFF

$[3$ pts$]$ Create a formatted output that includes the winning UTA and their guess as shown in the sample output.